M440973 101年.05月2:2日梭正替&頁 五、新型說明： 型所屬之技術領域】 " ’ · .M440973 101.05.05:2:2, the shuttle is replaced by & page 5. New description: The technical field of the type] " ’ .
[0001] 本創作係有關於一種車縫於衣物之加熱片結構，尤 指一種组接穩固，且可有效提高發熱效能之加熱片結構 【先前技術】 按，以往在穿著衣服保溫，遇到寒冷天氣為求保溫 都是穿上又大又厚又重衣服，致使使用者感覺不舒服， 甚至要收納衣服時產生諸多困擾，引起使用上諸多不便 性◊於是，乃有業者研發暖暖包、懷爐或保溫袋等物品 來提供熱源，但這些保暖物卻只能針對局部有保暖的功 效，而立無法控制溫度，保暖時間亦不持久，不足以提 供人們所要的保暖效果。 [0003] 請參閱美國公告第7105782號之「電熱件」，係主要 於二布體間佈設有複數可發熱之線材，再於線材適長處 以熱熔膠，將線材固定於布體上，依此做法，不僅製作 ® 上費時費工，造成人力成本和工時成本的增加，且利用 熱熔膠黏著的方式，該低熔點的熱熔膠容易於發熱線材 發熱時受熱而熔解，故其黏著穩固性不佳，且其發熱線 材除利用熱熔膠黏著固定外，無再做區隔，因此，當發 熱線材因熱熔膠熔解或因洗滌，而使發熱線材於布體内 脫落時，該發熱線材便無法平均排列組設於布體中，即 造成發熱線材呈凌亂設置，大幅減損其供熱的效果。 [0004] 又請參閱美國公告第7135036號之「加熱墊」，係主 要設有一套體，並於套體内置入加熱金屬片，而於套體 10120569#單編號 AG1(H ^ 3 I / ^ 16 I 1013195524-0 M440973 101年05月22日接正替换頁 及加熱金屬片間係藉由低熔點熱熔膠黏著固定，故使用 上仍有熱熔膠易受熱熔解，固定性缺失，Γ奮爇熔 膠熔解後，其套體開口便會呈開啟狀，而造成洗滌時進 水，加熱金屬片損壞的情形。 [0005] [0006] 另請參閱美國公告第6573484號之「電熱線結構」， 係於導電線一端組設一針狀端子，並將該針狀端子與複 數條發熱絲插設組接，再於針狀端子與複數條發熱絲外 以金屬套套接固定。由於針狀端子只與内部幾條發熱絲 接觸，其外部大部分發熱絲則未與針狀端子相接觸，如 此，係會造成該處阻抗過大，當導電線通電予發熱絲時 ，電流係會於該處產生高溫「熱點」，而使電流無法良 好導通至整條發熱絲，以致於整條發熱絲的溫度低於發 熱絲與導電線之針狀端子接觸處的溫度，而損及其供熱 的效果。 緣是，本創作人有鑑於現有實施於衣物的電熱裝置 於製造及使用上有上述諸多缺失，乃藉其多年於相關領 域的製造及設計經驗和知識的輔佐，並經多方巧思，而 研創出本創作。[0001] This creation relates to a heating sheet structure for sewing clothes, especially a heating sheet structure which is stable in combination and can effectively improve heat generation performance. [Prior Art] According to the past, wearing clothes to keep warm, encounter cold In order to keep warm, the weather is wearing large, thick and heavy clothes, which makes the user feel uncomfortable. Even when it comes to storing clothes, it has many troubles, causing many inconveniences in use, so there are manufacturers who develop warm bags and Furnace or insulation bag and other items to provide heat, but these warmth can only be used for local warmth, but the temperature can not be controlled, the warmth time is not long-lasting, not enough to provide people with the desired warmth. [0003] Please refer to U.S. Bulletin No. 7105782 "Electric heating parts", which are mainly provided with a plurality of heat-generating wires between the two cloth bodies, and then the hot-melt glue is used to fix the wires on the cloth body. This method not only takes time and labor for the production of ®, but also increases the labor cost and the labor cost. Moreover, the low-melting hot-melt adhesive is easy to be heated and melted when the heating wire is heated, so it adheres. The stability is not good, and the heating wire is not fixed by the hot melt adhesive. Therefore, when the heating wire is melted by the hot melt or washed, the heating wire is peeled off in the cloth body, The heating wires can not be arranged in the cloth body evenly, which causes the heating wires to be arranged in a mess, which greatly reduces the heating effect. [0004] Please also refer to the "heating pad" of US Bulletin No. 7135036, which is mainly provided with a set of bodies, and a heating metal piece is built in the sleeve body, and the casing 10120569# single number AG1 (H ^ 3 I / ^ 16 I 1013195524-0 M440973 On May 22, 101, the replacement page and the heated metal sheet were fixed by low melting point hot melt adhesive. Therefore, there is still hot melt adhesive which is susceptible to heat melting and lack of fixation. After the molten rubber is melted, the opening of the casing will open, causing water in the washing and heating of the metal sheet. [0005] [0006] Please also refer to the "heating line structure" of US Publication No. 6573484. A pin terminal is arranged at one end of the conductive wire, and the pin terminal is assembled with a plurality of heating wires, and then fixed by a metal sleeve outside the pin terminal and the plurality of heating wires. It only contacts several internal heating wires, and most of the external heating wires are not in contact with the pin terminals. Therefore, the impedance will be too large. When the conductive wires are energized to the heating wires, the current system will be generated there. High temperature "hot spots", leaving no current The method is well conducted to the entire heating wire, so that the temperature of the whole heating wire is lower than the temperature at which the heating wire and the needle terminal of the conductive wire contact, and the heat supply effect is lost. The existing electrothermal devices implemented in clothing have many of the above-mentioned defects in their manufacture and use. They have been researching and creating the creations through their many years of experience in manufacturing and design and knowledge in related fields.
[0007] [0008] 【新型内容】 本創作係有關於一種車缝於衣物之加熱片結構，其 主要目的係為了提供一種組接穩固，且可有效提高發熱 效能之加熱片結構技術。 為了達到上述實施目的，本創作人乃研擬如下車縫 於衣物之加熱片結構，係包含： 1012056#單编號 Α〇101 第4頁/共16頁 1013195524-0 M440.973 [0009] 101:年.05月2·2日修正替换頁 一遮覆層，係設有内層體及外層體，並使内層體及 外體-間，共同形成一失層，又使内、外層體形成夹層之 一面組設有高熔點的防水膜，且使内層體的厚度較外層 體薄； [0010] 一發熱單元，係位設於遮覆層之夾層中，包含高阻 抗絲及與1¾阻抗絲相接之導電線*並使導電線與1¾阻抗 絲相接之一端的電絲分成至少二股，以纏繞於高阻抗絲 上，復使導電線另端延伸出遮覆層外，以與控制器及供 電單元電性連接。 [0011] 藉此，係使高熔點防水膜以高溫高壓熱熔，使發熱 單元與遮覆層之防水膜相結合，達到防水滲入效果，另 藉由將發熱單元之導電線與高阻抗絲間形成數股接設， 以降低高阻抗絲與導電線間阻抗，達到有效提高發熱單 元發熱效能之實質效益。 【實施方式】 [0012] 而為令本創作之技術手段及其所能達成之效果，能 夠有更完整且清楚的揭露，茲詳細說明如下，請一併參 閱揭露之圖式及圖號： [0013] 首先，請參閱第一、二圖所示，為本創作之車縫於 衣物之加熱片結構，係由遮覆層（1 )及發熱單元（2 )所組成；其中： [0014] 該遮覆層（1 )，係包含内層體（1 1 )及外層體 (12)，並使内層體（11)及外層體（12)間共 同形成一夾層（1 3)，又使内、外層體（1 1 )、（ 1〇12〇569产單職 A0101 第5頁/共16頁 1013195524-0 M440973 Λ、 101年05月22日梭正替换頁 12)形成夾層（1 3)之一面叙設有高防水膜 (14) ’該防水膜（14)之材質係為聚亞安酷〔 P〇lyurethane〕’且使内層體（11)的厚度較外層體 (1 2 )薄； [0015] 該發熱單元⑴，請-併參㈣三圖所^係位 設於遮覆層U)之夾層（13)中，包含高阻抗絲（ 2 1 )及與高阻抗絲（2 1 )相接之導電線（2 2)， 該高阻抗絲（2 1)係可為金屬纖維絲或碳纖維絲並 使導電線（2 2)與高阻抗絲（2 !)相接之—端的電 絲（2 2 1 )分成二股或二股以上’並依序纏繞於高阻 抗絲（2 1)上，以增加導電線（2 2)之電絲（2 2 1) 與尚阻抗絲（2 1)的接觸面積，另在導電線（2 2) 與高阻抗絲（2 1 )相接的接點外套設有彈性軟質 的熱縮套管（2 3)，以使熱縮套管（2 3)覆蓋導電 線（2 2)與高阻抗絲（2 1 )的接點，復使導電線（ 22)另端延伸出遮覆層（U外，以與控制器及供電 單元電性連接。 [0016] 據此，當組裝實施時，請一併參閱第二、四圖所示 ’係將已預先與導電線（2 2)組接之高阻抗絲（2 1 )整齊排列於遮覆層（1 )其内層體（1 1 )之防水膜 (14)上’繼將外層體（12)具有防水膜（14) 之一面覆蓋於高阻抗絲（2 1 )上，並使外層體（1 2 )相貼，以使高阻抗絲（2 1 )位於内、外層體（工工 )、（1 2)所共同形成之夾層（1 3)中，續於遮覆 層（1)之内、外層體（1 1 ) 、（ i 2 )外側施以高 表單编號A0101 10120569Γ 第6頁/共16頁 1013195524-0 M44Q973[0007] [New Content] The present invention relates to a heating sheet structure for sewing a garment, the main purpose of which is to provide a heating sheet structure technology which is stable in assembly and can effectively improve heat generation performance. In order to achieve the above-mentioned implementation objectives, the present author has developed the following heating sheet structure for sewing clothes, which includes: 1012056#单号Α〇101 Page 4/16 pages 1013195524-0 M440.973 [0009] 101 : Year. May 2nd 2nd, the replacement page is a cover layer, which is provided with an inner layer body and an outer layer body, and the inner layer body and the outer body body are mutually formed to form a lost layer, and the inner and outer layers are formed into a folder. One layer of the layer is provided with a high melting point waterproofing membrane, and the thickness of the inner layer body is thinner than that of the outer layer body; [0010] a heat generating unit, which is located in the interlayer of the covering layer, and comprises a high resistance wire and a resistance wire of 13⁄4 Connected conductive wire* and divide the wire of the conductive wire with the one end of the 13⁄4 impedance wire into at least two strands to be wound on the high-resistance wire, and the other end of the conductive wire extends out of the covering layer to cooperate with the controller And the power supply unit is electrically connected. [0011] Thereby, the high-melting-point waterproofing membrane is thermally melted at a high temperature and a high pressure, and the heat-generating unit is combined with the waterproof membrane of the covering layer to achieve a waterproof penetration effect, and the conductive wire of the heat-generating unit and the high-resistance wire are further A plurality of joints are formed to reduce the impedance between the high-resistance wire and the conductive wire, thereby achieving the substantial benefit of effectively improving the heat generation performance of the heat-generating unit. [Embodiment] [0012] In order to make the technical means of the present invention and the effects thereof can be more completely and clearly disclosed, the following is a detailed description, please refer to the disclosed drawings and drawings: [ 0013] First, please refer to the first and second figures. The structure of the heating sheet for sewing the garment of the present invention is composed of a covering layer (1) and a heat generating unit (2); wherein: [0014] The covering layer (1) comprises an inner layer body (1 1 ) and an outer layer body (12), and the inner layer body (11) and the outer layer body (12) together form an interlayer (13), and the inner layer and the outer layer Body (1 1 ), (1〇12〇569 production single job A0101 page 5 / 16 pages 1013195524-0 M440973 Λ, May 22, 2011 shuttle replacement page 12) forming a mezzanine (1 3) A high waterproof film (14) is provided. 'The material of the waterproof film (14) is P〇lyurethane' and the inner layer body (11) is thinner than the outer layer body (12); [0015] The heat generating unit (1), please - and (4) the three figures are located in the interlayer (13) of the covering layer U), comprising a high-resistance wire (2 1 ) and a high-resistance wire (2 1 ) Conductive Line (2 2), the high-resistance wire (2 1) can be a metal fiber or carbon fiber wire and the conductive wire (2 2) is connected to the high-resistance wire (2 !) - the end of the wire (2 2 1 ) is divided into two or more strands ' and is wound on the high-resistance wire (2 1) in order to increase the contact area of the wire (2 2 1) of the conductive wire (2 2) with the wire (2 1). The contact jacket of the conductive wire (2 2) and the high-resistance wire (2 1 ) is provided with a flexible soft heat shrinkable sleeve (23) so that the heat shrinkable sleeve (23) covers the conductive wire (2) 2) The contact with the high-resistance wire (2 1 ) is repeated to extend the other end of the conductive wire ( 22 ) out of the covering layer (U outside to electrically connect with the controller and the power supply unit. [0016] According to this, When assembling, please refer to the second and fourth figures together. 'The high-impedance wire (2 1 ) that has been pre-wired with the conductive wire (2 2) is arranged neatly on the inner layer of the cover layer (1) ( 1 1) on the waterproof membrane (14), the outer layer body (12) has a surface of the waterproof membrane (14) covering the high-resistance wire (2 1 ), and the outer layer body (1 2 ) is attached to High-resistance wire (2 1 ) is located inside and outside the body (worker) The interlayer (13) formed by (12) is continued to be inside the covering layer (1), and the outer layer bodies (1 1 ) and (i 2 ) are respectively placed with a high form number A0101 10120569Γ Page 6 / Total 16 pages 1013195524-0 M44Q973
[ϊόϊ年.05月22日修正替^頁I 溫尚壓，以將使設於内、外層體（11)、（12)内 侧之南·焰方水^C*14 )熱熔熔解【如第五圖所示】 ，而使遮覆層（1)之内、外層體（11)、（12) 因防水膜（14)溶解結合，同時，位於内、外層體（ 1 1)、（1 2)内側之夾層（工3)内的高阻抗絲（[Years of the year. May 22, the correction of the ^ page I temperature is pressed, so that the inner and outer layers (11), (12) inside the south · flame water ^ C * 14) hot melt melting [such as In the fifth figure, the inner and outer layers (11) and (12) of the covering layer (1) are dissolved and combined by the waterproof membrane (14), and at the same time, the inner and outer layers (1 1), (1) 2) High-resistance wire in the inner sandwich (work 3)
2 1 )亦與熔解後之防水膜（i 4 )良好結合一起，以 於防水膜（1 4)冷卻後穩固固定於遮覆層（1)之夾 層（13)中，藉此防水膜（1 4)即可保護衣物在泡 水洗滌過程中，水不會滲入夾層（i 3)内所設之高阻 抗絲（2 1)及導電線（22)的接點處，又利用套接 於導電線（2 2)與高阻抗絲（2 1)接點外的熱縮套 管（2 3)，以保護導電線（2 2)與高阻抗絲（2工 )的接點，避免衣物洗滌搓揉過程中，該導電線（2 2 )與高阻抗絲（2 1)接點受力損壞的情況，繼之，再 使遮覆層（1)位於每條高阻抗絲（2 1 )與高阻抗絲2 1 ) also well combined with the water-repellent film (i 4 ) after melting, so that after the waterproof film (14) is cooled, it is firmly fixed in the interlayer (13) of the covering layer (1), thereby waterproofing the film (1) 4) It can protect the clothes during the washing process, the water will not penetrate into the joints of the high-resistance wire (2 1) and the conductive wire (22) provided in the interlayer (i 3), and the socket is used for conducting electricity. Line (2 2) and heat-shrinkable sleeve (2 3) outside the high-resistance wire (2 1) to protect the contact between the conductive wire (2 2) and the high-resistance wire (2 work) to avoid washing. During the crucible process, the conductive wire (2 2 ) and the high-resistance wire (2 1) are damaged by the contact, and then the covering layer (1) is placed at each high-resistance wire (2 1 ) and high. Impedance wire
(2 1)間車縫有分隔線（丄5)，以確實使每條高阻 抗絲（2 1)相互分隔，避免高阻抗絲乂 2 1)與高阻 抗絲（2 1)間發生碰觸的可能性，而減損其供熱效果 ，復使内層體（1 1 )及外層體（i 2 )周緣相縫接， 以完成本創作之遮覆層（1)與發熱單元（2 )之組裝 [ΟΟΠ] 續之，再將本創作已組裝完成之遮覆層（i)與發 熱卓元（2)車縫固定於衣服、手套、帽子及鞋子等 衣物上，當使用者因天氣寒冷欲保暖禦寒時，而穿著上 本創作之保暖衣物，續由控制器啟動供電單元，以經導 電線（2 2)加熱高阻抗絲（2 1 10120569户·單編號A0101 第7頁/共16頁 使高阻抗絲（2 1013195524-0 M440973 [0018] [0019] [0020] 101年05月22日梭正替換 1)導電發熱，此時，高阻抗絲（2 1 )即發出熱能， ά經遮覆層（1 )將熱至使龙者身體’，由於本創 作係將遮覆層（1)之内層體（11)的厚度設計較外 層體（1 2)薄，故高阻抗絲（2 1 )發出的熱能係較 易由内層體（1 1)傳遞而出，而使大部份的熱能可充 分提供於溫暖使用者身體之用，另設於外側之較厚的外 層體（2)則可發揮隔熱保溫效果，藉此，以達到節省 能源的目的。 又由於本創作係將導電線（2 2)與高阻抗絲（2 1 )相接之一端分成數股電絲（2 2 1 )，以纏繞於高 阻抗絲（2 1)上，因此，可大幅增加與高阻抗絲（2 1)接觸面積，而使電流盡量減少高阻抗絲（2 1 )與 導電線（2 2)於相接設處所產生的阻抗，避免熱點〔 hot spot〕的產生，綠保電流有效流通至高阻抗絲（2 1 )，提高高阻抗絲（2 1 )供應熱能的效率。 由上述結構及實施方式可知，本創作係具有如下優 1.本創作之車缝於衣物之加熱片結構，係於遮覆層 之内、外層體一面組設高熔點的防水膜，並使該組設有 防水膜之一面相對合，形成一可供發熱單元之高阻抗絲 設置於内之夾層，藉此，於組裝時，只須將高阻抗絲排 列於夾層中，繼對内、外層體施以高溫高壓，以使設於 内、外層體的防水膜熔解結合，依此，以達到快速將遮 覆層及發熱單元組裝一起的效果。 [0021] 10120569^^^^ 2.本創作之車縫於衣物之加熱片結構，其設於遮覆 A0101 第8頁/共16頁 1013195524-0 M44Q973 101年.05月2‘2日梭正替换頁 層内、外層體夹層之防水片係具有極高熔點，因此，當 高·阻抗綵發熱時"^絲衝够學m冰片係不會受熱熔解，藉 ' 此，以確保遮覆層與高阻抗絲組裝穩固性及防水滲入高 阻抗絲等效益者。 [0022] 3.本創作之車缝於衣物之加熱片結構，係使發熱單 元之導電線與高阻抗絲相接之一端分成數股，以與高阻 抗絲纏繞接設，如此，便可大幅增加高阻抗絲與導電線 其電絲間的接觸面積，有效減少其接設處所產生的阻抗 ，達到確保電流順利流通至高阻抗絲，提高發熱單元供 熱的效能者。 [0023] 4.本創作之車縫於衣物之加熱片結構，係使遮覆層 之内層體的厚度較外層體為薄，以使設於内、外層體其 夾層内之發熱單元作動發熱時，發熱單元發出的熱能係 能由較薄之内層體快速傳遞而出，以達到使大部份的熱 能皆可提供使用者所用之效果。 [0024] 5.本創作之車縫於衣物之加熱片結構，係使遮覆層(2 1) There is a dividing line (丄5) in the sewing seam to ensure that each high-resistance wire (2 1) is separated from each other to avoid contact between the high-resistance wire 2 1) and the high-resistance wire (2 1). The possibility of detracting from the heating effect, and stitching the inner layer body (1 1 ) and the outer layer body (i 2 ) to each other to complete the assembly of the cover layer (1) and the heat generating unit (2) of the present creation. [ΟΟΠ] Continued, the cover layer (i) and the hot element (2) of the original assembly have been fixed on clothes, gloves, hats and shoes, etc., when the user is warm because of the cold weather. When you are in the cold, wear the warm clothes of this creation, continue to power the unit by the controller, and heat the high-resistance wire through the conductive wire (2 2) (2 1 10120569 households, single number A0101, page 7 / total 16 pages high Impedance wire (2 1013195524-0 M440973 [0019] [0020] On May 22, 101, the shuttle is replacing 1) conductive heat, at this time, the high-resistance wire (2 1 ) emits heat and passes through the cover layer. (1) Heat to the body of the dragon', because the thickness of the inner layer (11) of the covering layer (1) is thinner than that of the outer layer (12), it is high. The heat energy emitted by the anti-filament (21) is more easily transmitted from the inner layer body (11), so that most of the heat energy can be sufficiently provided for warming the user's body, and the thick outer layer is provided on the outer side. The body (2) can exert the heat insulation effect, thereby achieving the purpose of saving energy. Since the creation system divides the conductive wire (2 2) and the high-resistance wire (2 1 ) into one end, it is divided into several electric wires. The wire (2 2 1 ) is wound on the high-resistance wire (2 1), so that the contact area with the high-resistance wire (2 1 ) can be greatly increased, and the current can be minimized by the high-resistance wire (2 1 ) and the conductive wire (2 2) The impedance generated at the junction to avoid the occurrence of hot spots, the green current is effectively circulated to the high-resistance wire (2 1 ), and the efficiency of supplying heat energy to the high-resistance wire (2 1 ) is improved. According to the structure and the embodiment, the present invention has the following advantages: 1. The structure of the heating sheet of the sewing machine of the present invention is set in the covering layer and the high-melting-point waterproofing membrane is set on one side of the outer layer body, and the assembly is set. One side of the waterproof membrane is oppositely combined to form a high-resistance wire setting for the heating unit In the interlayer, thereby, in the assembly, only the high-resistance wire is arranged in the interlayer, and then the inner and outer layers are subjected to high temperature and high pressure, so that the waterproof membranes disposed on the inner and outer layers are melted and combined, thereby In order to achieve the effect of quickly assembling the cover layer and the heat generating unit together [0021] 10120569^^^^ 2. The heating piece structure of the sewing machine of the present invention is set on the cover A0101 Page 8 of 16 Page 1013195524-0 M44Q973 101 years. May 2'2 day, the shuttle is replacing the waterproof sheet of the inner layer and the outer layer of the layer with a very high melting point. Therefore, when the high-impedance color is hot, "^丝冲冲学m borneol system will not be melted by heat, so as to ensure the stability of the cover layer and high-resistance wire assembly and waterproof into the high-resistance wire. [0022] 3. The sewing structure of the sewing machine of the present invention is such that one end of the conductive line of the heating unit and the high-resistance wire is divided into a plurality of strands for winding with the high-resistance wire, so that the Increasing the contact area between the high-resistance wire and the conductive wire of the conductive wire, effectively reducing the impedance generated by the connection place, and ensuring the smooth flow of current to the high-resistance wire and improving the heat supply of the heat-generating unit. [0023] 4. The structure of the heating sheet of the sewing machine of the present invention is such that the thickness of the inner layer of the covering layer is thinner than that of the outer layer body, so that the heat generating unit disposed in the interlayer of the inner and outer layers is activated and heated. The heat energy emitted by the heat generating unit can be quickly transmitted from the thin inner layer body, so that most of the heat energy can provide the effect of the user. [0024] 5. The sewing structure of the sewing machine of the present invention is a cover layer
在位於每條高阻抗絲間車縫有分隔線，以使每條高阻抗 絲確實分隔，藉此，以有效避免於使用或洗滌過程中， 高阻抗絲間發生碰觸，以確保使用上的安全性。 [0025] 6.本創作之車縫於衣物之加熱片結構，係於高阻抗 絲及導電線的接點處，利用套接於導電線與高阻抗絲接 點外的熱縮套管，以保護導電線與高阻抗絲的接點，避 免衣物洗滌搓揉過程中，該導電線與高阻抗絲接點受力 損壞的情形者。 10120569#單編號 A〇101 第9頁/共16頁 1013195524-0 M440973 101年.05月22日修正替换頁 綜上所述，本創作實施例確能達到所預期功效，又 [0026] π其所揭露之具體構造·，·不繼咮党端《於fST類產、品冲，亦 未曾公開於申請前，誠已完全符合專利法之規定與要求 ，爰依法提出新型專利之申請，懇請惠予審查，並賜准 專利，則實感德便。 【圖式簡單說明】 [0027] 第一圖 :本創作之整體圖 [0028] 第二圖 :本創作之立體分解圖 [0029] 第三圖 :本創作之發熱單元局部放大立體圖 [0030] 第四圖 :本創作之立體組合圖 [0031] 第五圖 :本創作之剖視圖 【主要元件符號說明】 [0032] (1 ) 遮覆層 (11) 内層體 [0033] (12) 外層體 (13) 夹層 [0034] (14) 防水膜 (15) 分隔線 [0035] (2 ) 發熱單元 (21) 1¾阻抗絲 [0036] (22) 導電線 (221 )電絲 [0037] (23) 熱縮套管 10120569#單编號 A〇101 第10頁/共16頁 1013195524-0There is a separation line between the slits located in each high-resistance wire so that each high-resistance wire is indeed separated, thereby effectively avoiding contact between high-resistance wires during use or washing to ensure the use of safety. [0025] 6. The created heating sheet structure of the sewing machine is attached to the joint of the high-resistance wire and the conductive wire, and the heat-shrinkable sleeve which is sleeved on the conductive wire and the high-resistance wire joint is used. The contact between the conductive wire and the high-resistance wire is protected to avoid the situation that the conductive wire and the high-resistance wire contact are damaged by the force during the washing process. 10120569#单号A〇101 Page 9/16 pages 1013195524-0 M440973 101.05.22 Revision of the replacement page In summary, this creative embodiment can achieve the expected effect, and [0026] π The specific structure disclosed, ····································································································· If you examine it and give it a patent, you will feel it. [Simple diagram of the drawing] [0027] The first picture: the overall picture of the creation [0028] The second picture: the exploded view of the creation [0029] The third picture: the partial enlarged view of the heating unit of the present creation [0030] Four figures: three-dimensional combination of the creation [0031] Fifth: a cross-sectional view of the creation [main symbol description] [0032] (1) covering layer (11) inner layer body [0033] (12) outer layer body (13 ) Mezzanine [0034] (14) Waterproof membrane (15) Dividing line [0035] (2) Heating unit (21) 13⁄4 impedance wire [0036] (22) Conductive wire (221) wire [0037] (23) Heat Shrink tube 10120569#单号A〇101 Page 10 of 16 page 1013195524-0